System and method for tipping during a livestream

1 . An interactive method, comprising:

configuring an initial association between a tip parameter and an execution parameter of a sex toy, wherein the tip parameter includes one or more tip ranges, and the execution parameter is configured to quantify an action performance of the sex toy, wherein the execution parameter includes at least one of an action type, an action amplitude, an action duration, or an action cycle having at least one of a frequency, a start time, or an end time;

determining whether an actual tip falls into one of the one or more tip ranges in response to receiving the actual tip from at least one viewer device via a processor that serves as a configuring device;

if the actual tip falls into the one of the one or more tip ranges, determining, via the configuring device, a weight value representative of a relative position of the actual tip within the one of the one or more tip ranges;

performing a performance optimization configuration for the initial association to obtain an optimized association according to the weight value via the configuring device;

calculating an optimized action performance of the sex toy based on the optimized association, wherein the optimized action performance is a weight representation of at least one of the action type, the action amplitude, the action duration, and the action cycle corresponding to the one of the one or more tip ranges;

generating control instructions according to the optimized action performance;

transmitting the control instructions to at least one of a model device and the at least one viewer device, wherein the model device and the at least one viewer device interact through an online platform; and

controlling the sex toy according to the control instructions;

wherein the control instructions are configured to prompt the sex toy, which is associated with either the model device or the at least one viewer device, to respond corresponding to the optimized action performance.

2 . The interactive method of claim 1 , wherein obtaining the optimized association according to the weight value includes at least one of multiplexing or random interleaving.

3 . The interactive method of claim 1 , wherein the weight value representative of a relative position of the actual tip within the one of the one or more tip ranges is proportional to the optimized action performance of the sex toy.

4 . The interactive method of claim 1 , wherein performing the performance optimization configuration for the initial association to obtain the optimized association according to the weight value includes:

determining the one of the one or more tip ranges in which the actual tip falls and determining the execution parameter; and

calculating a weight of the actual tip and at least one of a maximum value or a minimum value of the one of the one or more tip ranges;

wherein the weight of the actual tip is positively correlated or negatively correlated with the execution parameter.

5 . The interactive method of claim 4 , further comprising:

obtaining the minimum value and including the minimum value as a parameter in the execution parameter; and

reusing the parameter of the minimum value of the one of the one or more tip ranges to obtain the optimized association according to the weight of the actual tip in the one of the one or more tip ranges;

wherein a number of reuses of the parameter of the minimum value is correlated with the weight.

6 . The interactive method of claim 1 , further comprising calculating an initial action performance of the sex toy based on the actual tip and the initial association between the tip parameter and the execution parameter of the sex toy;

wherein the optimized action performance of the sex toy is higher than the initial action performance of the sex toy.

7 . The interactive method of claim 1 , further comprising:

configuring at least one target tip range and an association between the at least one target tip range and the optimized association; and

when the actual tip received falls into the at least one target tip range, performing the performance optimization configuration for the initial association to obtain the optimized association according to the weight value.

8 . The interactive method of claim 7 , further comprising:

configuring a graphical element associated with the actual tip; and

selecting a tip value from the at least one target tip range as the actual tip in response to a triggering of the graphical element.

9 . The interactive method of claim 1 , further comprising:

configuring a target value in the one of the one or more tip ranges;

determining whether the actual tip falls within the target value in the one of the one or more tip ranges in response to receiving the actual tip from the at least one viewer device; and

if the actual tip falls within the target value, performing the performance optimization configuration for the initial association to obtain the optimized association according to a preconfigured weight of the target value.

10 . The interactive method of claim 9 , further comprising:

configuring a graphical element associated with the target value corresponding to the one of the one or more tip ranges; and

in response to a triggering of the graphical element, sending the actual tip corresponding to the target value to the model device, and performing the performance optimization configuration for the initial association to obtain the optimized association according to the preconfigured weight of the target value.

11 . The interactive method of claim 1 , further comprising:

providing one or more graphical elements, wherein the one or more graphical elements are associated with the performance optimization configuration; and

performing the performance optimization configuration for the initial association to obtain the optimized association according to the weight value in response to triggering of the one or more graphical elements.

12 . The interactive method of claim 11 , wherein:

the one or more graphical elements associate a predetermined tip value and a predetermined optimization configuration;

in response to the triggering of the one or more graphical elements, the actual tip associated with the predetermined tip value is sent to the model device; and

according to the weight value, a predetermined performance optimization configuration is performed using the initial association.

13 . The interactive method of claim 1 , wherein the actual tip is sent to the model device at one time, while the control instructions generated according to the optimized action performance are sent to the model device in sequence.

14 . An interactive system, comprising:

at least one module comprising computer-executable code stored in non-volatile memory; and

a memory for storing instructions and a processor for executing the instructions;

wherein the computer-executable code, when operating on the processor, causes the system to:

configure an initial association between a tip parameter and an execution parameter of a sex toy, wherein the tip parameter includes one or more tip ranges, and the execution parameter is configured to quantify an action performance of the sex toy, wherein the execution parameter includes at least one of an action type, an action amplitude, an action duration, or an action cycle having at least one of a frequency, a start time, or an end time;

determine whether an actual tip falls into one of the one or more tip ranges in response to receiving the actual tip from at least one viewer device via the processor, wherein the processor serves as a configuring device;

if the actual tip falls into the one of the one or more tip ranges, determining, via the configuring device, a weight value representative of a relative position of the actual tip within the one of the one or more tip ranges;

perform a performance optimization configuration for the initial association to obtain an optimized association according to the weight value via the configuring device;

calculate an optimized action performance of the sex toy based on the optimized association, wherein the optimized action performance is a weight representation of at least one of the action type, the action amplitude, the action duration, and the action cycle corresponding to the one of the one or more tip ranges;

generate control instructions according to the optimized action performance;

transmit the control instructions to at least one of a model device and the at least one viewer device, wherein the model device and the at least one viewer device interact through an online platform; and

control the sex toy according to the control instructions;

wherein the control instructions are configured to prompt the sex toy, which is associated with either the model device or the at least one viewer device, to respond corresponding to the optimized action performance.

15 . The interactive system of claim 14 , wherein obtaining the optimized association according to the weight value includes at least one of multiplexing, geometric gain, or random interleaving.

16 . The interactive system of claim 14 , wherein the computer-executable code, when operating on the processor, causes the system to monitor and record tipping from a plurality of viewer devices to track a cumulative tip amount, and compare the cumulative tip amount to a preset value.

17 . The interactive system of claim 14 , wherein performing the performance optimization configuration for the initial association to obtain the optimized association according to the weight relationship includes:

determining the one of the one or more tip ranges in which the actual tip falls and determining the execution parameter; and

calculating a weight of the actual tip and at least one of a maximum value or a minimum value of the one of the one or more tip ranges;

wherein the weight of the actual tip is positively correlated or negatively correlated with the execution parameter.

18 . A non-transitory computer-readable storage medium, comprising:

machine-readable instructions,

wherein the machine-readable instructions, when executed by a processor of a controller, cause the controller to:

configure an initial association between a tip parameter and an execution parameter of a sex toy, wherein the tip parameter includes one or more tip ranges, and the execution parameter is configured to quantify an action performance of the sex toy, wherein the execution parameter includes at least one of an action type, an action amplitude, an action duration, or an action cycle having at least one of a frequency, a start time, or an end time;

determine whether an actual tip falls into one of the one or more tip ranges in response to receiving the actual tip from at least one viewer device via the processor, wherein the processor serves as a configuring device;

if the actual tip falls into the one of the one or more tip ranges, determining, via the configuring device, a weight value representative of a relative position of the actual tip within the one of the one or more tip ranges;

perform a performance optimization configuration for the initial association to obtain an optimized association according to the weight value via the configuring device;

calculate an optimized action performance of the sex toy based on the optimized association, wherein the optimized action performance is a weight representation of at least one of the action type, the action amplitude, the action duration, and the action cycle corresponding to the one of the one or more tip ranges;

generate control instructions according to the optimized action performance;

transmit the control instructions to at least one of a model device and the at least one viewer device, wherein the model device and the at least one viewer device interact through an online platform; and

control the sex toy according to the control instructions;

wherein the control instructions are configured to prompt the sex toy, which is associated with either the model device or the at least one viewer device, to respond corresponding to the optimized action performance.

19 . The non-transitory computer-readable storage medium according to claim 18 , wherein the machine-readable instructions, when executed by the processor of the controller, cause the controller to:

calculate an initial action performance of the sex toy based on the actual tip and the initial association between the tip parameter and the execution parameter of the sex toy;

wherein the optimized action performance of the sex toy is higher than the initial action performance of the sex toy.

20 . The non-transitory computer-readable storage medium according to claim 18 , wherein the actual tip is sent to the model device at one time, while the control instructions generated according to the optimized action performance are sent to the model device in sequence, with a special effect being displayed on the at least one viewer device for each of the sequential control instructions.